package ru.ntcreb.csir.libs.methods.SVCH.dto;

public class SVCHImpulseDTO {

	private double voltageAplitude_A;

	private double impulseIncreaseConstant_Alpha;

	private double impulseFallingConstant_Beta;

	private double impulseFillingFrequency_U0;

	public SVCHImpulseDTO() {

	}

	public SVCHImpulseDTO(double voltageAplitude_A,
			double impulseIncreaseConstant_Alpha,
			double impulseFallingConstant_Beta,
			double impulseFillingFrequency_U0) {
		this.voltageAplitude_A = voltageAplitude_A;
		this.impulseIncreaseConstant_Alpha = impulseIncreaseConstant_Alpha;
		this.impulseFallingConstant_Beta = impulseFallingConstant_Beta;
		this.impulseFillingFrequency_U0 = impulseFillingFrequency_U0;
	}

	public double getVoltageAplitude_A() {
		return voltageAplitude_A;
	}

	public void setVoltageAplitude_A(double voltageAplitude_A) {
		this.voltageAplitude_A = voltageAplitude_A;
	}

	public double getImpulseIncreaseConstant_Alpha() {
		return impulseIncreaseConstant_Alpha;
	}

	public void setImpulseIncreaseConstant_Alpha(
			double impulseIncreaseConstant_Alpha) {
		this.impulseIncreaseConstant_Alpha = impulseIncreaseConstant_Alpha;
	}

	public double getImpulseFallingConstant_Beta() {
		return impulseFallingConstant_Beta;
	}

	public void setImpulseFallingConstant_Beta(
			double impulseFallingConstant_Beta) {
		this.impulseFallingConstant_Beta = impulseFallingConstant_Beta;
	}

	public double getImpulseFillingFrequency_U0() {
		return impulseFillingFrequency_U0;
	}

	public void setImpulseFillingFrequency_U0(double impulseFillingFrequency_U0) {
		this.impulseFillingFrequency_U0 = impulseFillingFrequency_U0;
	}

}
